Sartorius MA160 MA IR Moisture Analyzer: Precision Moisture Measurement with 0.001 g Readability

Sartorius MA160 MA IR Moisture Analyzer

Product Overview:

The Sartorius MA160 MA IR Moisture Analyzer is a high-performance instrument designed to accurately determine moisture content in a wide range of materials. With its advanced infrared heating technology and precise weighing system, the MA160 MA delivers reliable and repeatable results.

Features and Specifications:

Capacity: 200 g
Readability: 0.001 g
Infrared Heating: Ensures uniform and rapid heating for accurate moisture determination
Halogen Lamp: Provides additional heat for faster drying times
Automatic Shut-Off: Prevents overheating and sample damage
Large, Backlit Display: Easy-to-read results and intuitive operation
Multiple Drying Modes: Standard, Rapid, and Gentle modes for optimal drying conditions
Data Storage: Stores up to 100 drying programs and 1000 results
USB Interface: Enables data transfer and software updates

Accurate and Reliable: Infrared heating and precise weighing ensure accurate moisture content determination.
Fast and Efficient: Rapid drying modes and halogen lamp reduce drying times.
Versatile: Multiple drying modes and a wide capacity range accommodate various sample types.
Easy to Use: Intuitive operation and large display simplify the drying process.
Data Management: Data storage and USB interface facilitate data analysis and reporting.

Value to the Customer:

The Sartorius MA160 MA IR Moisture Analyzer provides exceptional value by:

Improving Quality Control: Accurate moisture content determination ensures product quality and compliance.
Optimizing Production Processes: Fast drying times and versatile drying modes enhance efficiency and productivity.
Reducing Costs: Accurate moisture content determination minimizes material waste and production costs.
Ensuring Safety: Automatic shut-off and halogen lamp prevent overheating and sample damage.
* Simplifying Data Management: Data storage and USB interface streamline data analysis and reporting.